A file-first atlas of behavioral neuroscience tasks.

Curated task records, harmonised data, and cross-paper findings on shared axes — every record is YAML in git, every analysis is reproducible, every number links back to the dataset that produced it.

The shape of the atlas

  1. Family 7 Reusable operational task idea.
  2. Protocol 18 One concrete variant with species, stimulus, choice.
  3. Dataset 16 Pointer to public or private behavioural data.
  4. Slice 17 One protocol × dataset bound to a reproducible pipeline.
  5. Finding 91 One curve, on shared signed-evidence axes.

Live demo

Refit a curated psychometric, in your browser

The atlas runs Pyodide + scipy locally and fits a 4-parameter logistic to 156 observed points (2,383 trials) from London D. First click downloads ~10 MB of runtime; subsequent fits are instant.

Bars are Wilson 95% CIs from each point's n.

Species
human
Trials
2,383 trials
Click Refit live to run a 4-parameter logistic on this curve in your browser. Parameters appear here once the fit completes.

Same Python that runs the build-time fits — the page just delegates to your machine. Open finding london-2018-poisson-clicks-dbs.dbs-off for diagnostics, residuals, and the full fit table.

Where to start

Family coverage

Where the atlas runs deep, where it doesn't

R raw P processed F figure
Family Findings Models Source Next

deep human · mouse · visual

54 117 source rank 2 inspect depth

deep human · NHP · visual

28 72 source rank 2 inspect depth

modeled human · rat · auditory

7 29 source rank 3 inspect coverage

modeled mouse · visual

2 4 source rank 3 inspect coverage

source-backed mouse · auditory · multisensory · visual

0 0 source rank 2 extract findings

source-backed mouse · visual

0 0 source rank 3 extract findings

source-backed mouse · somatosensory

0 0 source rank 2 extract findings

Featured comparison

σ spans 4.11 to 5.04 (1.2× steeper at the steep end)

How do macaque and human random-dot motion psychometrics compare?

See parameter deltas →

Roitman & Shadlen 2002 (two macaques) and Palmer-Huk-Shadlen 2005 (six human observers) both ran the same signed motion coherence 2AFC at processed-trial level. They use the same canonical axis but different species and different report modalities (saccade vs button-press), so a slope difference is a candidate signature of perceptual sensitivity at the species level.

Recently added

As of 2026-07-26 · 91 findings, 18 papers, 12 slices in the atlas.

Recently active · 6 min read

Cross-species random-dot motion

Classic macaque RDM, human reaction-time RDM, and macaque confidence-wagering RDM live on one canonical signed-coherence axis. DDM fits give a single drift parameter to read off across species — and the spread is bigger than you'd expect.

Featured because random dot motion was extended on 2026-04-30.

Psychometric + chronometric + DDM cross-species fits

All stories at /stories.

Across the literature

60 psychometric fits, 18 papers

/findings →

Slope σ varies 2.8× across species — human fit steepest (3.45), mouse shallowest (9.50).

Median bias (μ) -2.20
Median slope (σ) 4.83
Median 75% threshold 3.52
Σ trials 381,619

Threshold distribution · 11 fits dominant axis only

Each point is one finding's fitted x-at-75%. Click a point to open its detail page. Dashed line marks the across-finding median.

Median σ by species

Filled point is the median σ; light tick marks are the per-finding distribution. Click a median to open the species' findings.

Atlas health audit ok 6 curation 8 blockers 21 roadmap 0 link issues /project-health →

Built 2026-07-26 · ec14ee5